(Ebook) Introduction to Dental Materials 4th Edition by Richard Van Noort ISBN 0723436592 9780723436591

(Ebook) Introduction to Dental Materials 4th Edition by Richard Van Noort ISBN 0723436592 9780723436591

(Ebook) Introduction to Dental Materials 4th Edition by Richard Van Noort - Ebook PDF Instant Download/Delivery: 0723436592, 9780723436591
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Product details:

ISBN 10: 0723436592 
ISBN 13: 9780723436591
Author: Richard Van Noort

This textbook considers the properties and applications of dental materials and includes all the necessary basic science and clinical applications. Virtually all procedures in restorative dentistry make use of a dental material. Among these materials are metals, ceramics, polymers and composites, and their uses include filling of cavities and root canals and the making of impressions or replicas of teeth and tissues prior to the construction of crowns, bridges and dentures. All dental students need to acquire a working knowledge of both the properties and applications of the materials which they will use.
Written in an accessible friendly style which provides core information only - perfect for the busy dental student!
Rich with pull-out boxes, tables, line artworks and photographs
Describes the structure of materials with chapters on atomic bonding, metals, ceramics and polymers
Explores the use of clinical dental materials including resin bonding to enamel and dentine and impression materials
Describes the use of laboratory and related dental materials used in the construction of fixed and removable prostheses
Contains everything that students need for BDS and equivalent exams!
Includes new section on dental implant materials
Completely new self-assessment section helps you get through the exam!
Now published in full colour throughout

(Ebook) Introduction to Dental Materials 4th Table of contents:

Section One: Basic science for dental materials
Introduction
Chapter 1.1: Biomaterials, safety and biocompatibility
Biomaterials
Evidence-based dentistry
Safety
Biocompatibility
Summary
Chapter 1.2: Atomic building blocks
Introduction
Joining atoms together
Types of primary bonds
The formation of bulk solids
The structural arrangement of atoms in solids
Summary
Chapter 1.3: Structure of ceramics
Introduction
Ceramic raw materials
Crystalline and amorphous ceramics
The formation of a glass
Devitrification
Chapter 1.4: Structure of metals and alloys
Microstructure of metals
Alloys
Solid phases
Phase diagrams
Non-equilibrium conditions
Chapter 1.5: Structure of polymers
Introduction
Mechanisms of polymerization
Polymeric structures
Composition of real polymers
Chapter 1.6: Mechanical properties
Introduction
Stress and strain
Mechanical tests
Chapter 1.7: Physical properties
Introduction
Rheological properties
Thermal properties
Optical properties
Chapter 1.8: Chemical properties
Introduction
Degradation of polymers
Tarnish and corrosion of metals
Degradation of ceramics
Chapter 1.9: Principles of adhesion
Introduction
What is adhesion?
Criteria for adhesion
Mechanisms of adhesion
The strength of the adhesive bond
Adhesion promoters
Summary
Section Two: Clinical dental materials
Introduction
Chapter 2.1: Dental amalgams
Introduction
The structure of traditional dental amalgams
Properties of traditional amalgams
High-copper-content dental amalgams
Selection and use of dental amalgams
Limitations of dental amalgams
Improving the longevity of amalgam restorations
Summary
Chapter 2.2: Resin composites and polyacid-modified resin composites
Introduction
Composition and structure
Developments in composites
Classification of composites
Properties
Mechanical properties
Dental laboratory composites
Clinical considerations for the use of composite restorations
Polyacid-modified resin composites (compomers)
Chapter 2.3: Glass–ionomer cements and resin-modified glass–ionomer cements
Introduction
Chemistry of glass–ionomer cements
Properties
Clinical applications
Silver cermets
Resin-modified glass–ionomer cements
Summary
Chapter 2.4: Intermediate restorative materials
Introduction
Pulpal protection
Cavity varnishes, bases and liners
Choice of intermediate restorative materials
Chapter 2.5: Enamel and dentine bonding
Introduction
Enamel bonding
Dentine bonding
Presentation of dentine-bonding agents
Summary
Chapter 2.6: Endodontic materials
Introduction
Vital pulp capping
Root canal filling materials
Root canal sealer cements
Clinical aspects of root canal materials
Summary
Post and core systems
Summary
Chapter 2.7: Impression materials
Introduction
Requirements of an impression material
Rigid impression materials
Elastic impression materials
Elastomeric impression materials
Relative merits of the elastomeric impression materials
Disinfection of impression materials
Failures of impression-taking
Digital impressioning
Chapter 2.8: Nanotechnology in dental materials
Introduction
Nanofilled Dental Composites
Nanofilled Glass–Ionomer Cements and Related Materials
Other Nanofilled Materials
Clinical Evaluation of Nanofilled Materials
Surface Engineering of Dental Implants
Antimicrobial Nanoparticles in Dental Materials
Nanostructured Scaffolds in Tissue Engineering
Safety of Dental Nanomaterials
The Weird and the Wonderful
Section Three: Laboratory and related dental materials
Introduction
Chapter 3.1: Models, dies and refractories
Introduction
Models and dies
Refractories
Chapter 3.2: Denture base resins
Introduction
Composition and structure of acrylic resin
Aspects of manipulation
Properties
Denture-lining materials
Chapter 3.3: Casting alloys for metallic restorations
Introduction
Desirable properties
Noble and precious metal alloys
Base metal alloys
Summary
Chapter 3.4: Dental ceramics
Introduction
Historical perspective
Composition of dental porcelain
Processing
Properties of dental porcelain
Classification of modern dental ceramics
Chapter 3.5: Metal-bonded ceramics
Introduction
The bond
Preparation of the metal surface
Importance of thermal expansion
Choice of metal–ceramic alloys
Summary
Chapter 3.6: All-ceramic restorations: High-strength core ceramics
Introduction
Alumina-reinforced porcelain jacket crowns
Glass-infiltrated high-strength ceramic core systems
Summary
Chapter 3.7: All-ceramic restorations: Resin-bonded ceramics
Introduction
Ceramic veneers
Properties
Glass–ceramics
Classification of resin-bonded ceramics
Summary
Chapter 3.8: Luting agents
Introduction
General requirements for luting agents
Choice of luting agent
Water-based luting cements
Resin-based luting cements
Resin-to-ceramic bonding
Resin-to-metal bonding
Resin-to-resin bonding
Chapter 3.9: Stainless steel
Introduction
Iron
Steel
Stainless steel
Other alloys
Summary
Index

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Tags: Richard Van Noort, Dental, Materials